FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2914423169> ?p ?o ?g. }

• W2914423169 abstract "We theoretically revealed that a weak photoexcitation achieves the electric polarization-inversion with approximately $18%$ of all the charges, which was interpreted as a superimposition of multi-exciton states, from the charge-ordered ferroelectric ground state of (TMTTF)$_{2}$PF$_{6}$ at absolute zero temperature. Regarding a relative change of electric polarization ($Delta P/P$), the photoexcitation corresponds to $36%$, which is much larger than $Delta P/P$ of other typical organic materials. The value of $Delta P/Psim 36%$ can be enlarged by a strong photoexcitation. This fact is useful not only for applications of this material and other analogous materials in optical devices but also for researches toward controlling electric polarizations by light, which is one of the recent attracting issues on photoinduced phase transition phenomena. The photoexcitation of $Delta P/Psim 36%$ corresponds to the single peak of the optical conductivity in the low-energy region, which was also observed at 10 K. Theoretical calculations are based on a quarter-filled one-dimensional effective model with appropriate parameters and 50 unit cells." @default.
• W2914423169 created "2019-02-21" @default.
• W2914423169 creator A5001188770 @default.
• W2914423169 creator A5013207750 @default.
• W2914423169 creator A5028680447 @default.
• W2914423169 creator A5031142332 @default.
• W2914423169 creator A5042717755 @default.
• W2914423169 creator A5043877713 @default.
• W2914423169 creator A5073613009 @default.
• W2914423169 creator A5080102542 @default.
• W2914423169 date "2019-06-03" @default.
• W2914423169 modified "2023-10-08" @default.
• W2914423169 title "Photoexcitation of a one-dimensional polarization-inverted domain from the charge-ordered ferroelectric ground state of (TMTTF)2PF6" @default.
• W2914423169 cites W1596792851 @default.
• W2914423169 cites W1665809467 @default.
• W2914423169 cites W1977234337 @default.
• W2914423169 cites W1977289260 @default.
• W2914423169 cites W1978410318 @default.
• W2914423169 cites W1978726102 @default.
• W2914423169 cites W1981503507 @default.
• W2914423169 cites W1982638419 @default.
• W2914423169 cites W1988869064 @default.
• W2914423169 cites W1988956322 @default.
• W2914423169 cites W1989531068 @default.
• W2914423169 cites W1991107246 @default.
• W2914423169 cites W1996055833 @default.
• W2914423169 cites W1997115779 @default.
• W2914423169 cites W1999403317 @default.
• W2914423169 cites W2003597779 @default.
• W2914423169 cites W2016224679 @default.
• W2914423169 cites W2016407890 @default.
• W2914423169 cites W2020165681 @default.
• W2914423169 cites W2025979826 @default.
• W2914423169 cites W2029751112 @default.
• W2914423169 cites W2029971792 @default.
• W2914423169 cites W2030095274 @default.
• W2914423169 cites W2032301702 @default.
• W2914423169 cites W2033897534 @default.
• W2914423169 cites W2034042302 @default.
• W2914423169 cites W2034555969 @default.
• W2914423169 cites W2037576664 @default.
• W2914423169 cites W2037768897 @default.
• W2914423169 cites W2039175512 @default.
• W2914423169 cites W2039304742 @default.
• W2914423169 cites W2040178993 @default.
• W2914423169 cites W2042464745 @default.
• W2914423169 cites W2043878730 @default.
• W2914423169 cites W2044954352 @default.
• W2914423169 cites W2051320871 @default.
• W2914423169 cites W2059716647 @default.
• W2914423169 cites W2062330742 @default.
• W2914423169 cites W2067360645 @default.
• W2914423169 cites W2071139496 @default.
• W2914423169 cites W2072261912 @default.
• W2914423169 cites W2076126952 @default.
• W2914423169 cites W2076236479 @default.
• W2914423169 cites W2087444257 @default.
• W2914423169 cites W2088851790 @default.
• W2914423169 cites W2089055912 @default.
• W2914423169 cites W2090671902 @default.
• W2914423169 cites W2122827537 @default.
• W2914423169 cites W2187993849 @default.
• W2914423169 cites W2242330947 @default.
• W2914423169 cites W2315151239 @default.
• W2914423169 cites W2321937980 @default.
• W2914423169 cites W2332888333 @default.
• W2914423169 cites W2427752994 @default.
• W2914423169 cites W2553286105 @default.
• W2914423169 cites W2586186205 @default.
• W2914423169 cites W2590755060 @default.
• W2914423169 cites W2594302692 @default.
• W2914423169 cites W2743876923 @default.
• W2914423169 cites W2782531578 @default.
• W2914423169 cites W3103496173 @default.
• W2914423169 cites W2052510919 @default.
• W2914423169 doi "https://doi.org/10.1103/physrevb.99.245104" @default.
• W2914423169 hasPublicationYear "2019" @default.
• W2914423169 type Work @default.
• W2914423169 sameAs 2914423169 @default.
• W2914423169 citedByCount "2" @default.
• W2914423169 countsByYear W29144231692021 @default.
• W2914423169 crossrefType "journal-article" @default.
• W2914423169 hasAuthorship W2914423169A5001188770 @default.
• W2914423169 hasAuthorship W2914423169A5013207750 @default.
• W2914423169 hasAuthorship W2914423169A5028680447 @default.
• W2914423169 hasAuthorship W2914423169A5031142332 @default.
• W2914423169 hasAuthorship W2914423169A5042717755 @default.
• W2914423169 hasAuthorship W2914423169A5043877713 @default.
• W2914423169 hasAuthorship W2914423169A5073613009 @default.
• W2914423169 hasAuthorship W2914423169A5080102542 @default.
• W2914423169 hasBestOaLocation W29144231691 @default.
• W2914423169 hasConcept C121332964 @default.
• W2914423169 hasConcept C133386390 @default.
• W2914423169 hasConcept C147789679 @default.
• W2914423169 hasConcept C155220765 @default.
• W2914423169 hasConcept C181500209 @default.
• W2914423169 hasConcept C184779094 @default.
• W2914423169 hasConcept C185592680 @default.
• W2914423169 hasConcept C188082385 @default.
• W2914423169 hasConcept C192562407 @default.

• next